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  How to prevent low-temperature damage to NAF224-4-

  25-09-12

  The comprehensive measures to prevent low-temperature damage of NAF224-4-2 planetary gear reducer are as follows: 1、 Material and structural optimization Selection of low-temperature toughness materials The core components such as gears and bearings are made of low-temperature alloy steel (such as 20CrNiMoA carburizing steel or 304L stainless steel) to ensure high toughness and impact resis

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  Maintenance points of WD120-23.5-1 worm gear reduc

  25-09-11

  WD120-23.5-1 is a single-stage worm gear reducer with a worm gear located below, a center distance of 120 mm, and a nominal speed ratio of approximately 23.5. It is suitable for situations that require high speed ratios, smooth transmission, and may have reverse self-locking; However, friction heating and high alignment requirements require strict lubrication and temperature rise management. Main

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  Application fields of WD150-15-1 worm gear reducer

  25-09-11

  WD150-15-1 (WD series, center distance of 150 mm, i ≈ 15, single-stage) worm gear reducer is suitable for situations that require high speed ratio, compact structure, smooth and low-noise, and may use self-locking. It is commonly used in lifting, conveying, mixing, valve drive, automation and machine tool indexing, construction/building materials, environmental protection and new energy fields. T

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  What are the oil change steps for NGW-S72-31.5 pla

  25-09-10

  The following are the oil change steps and precautions for NGW-S72-31.5 planetary gear reducer, combined with industry standards and equipment characteristics: 1、 Preparation before oil change Security protection Wear goggles, oil resistant gloves, prepare an oil pan (capacity ≥ 5L) and sealing tape Confirm that the equipment has completely shut down and cooled down to below 50 ℃ (the to

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  How to prevent abnormal noise in MBY630-4 gear red

  25-09-10

  To prevent abnormal noise in the MBY630-4 gear reducer, comprehensive measures need to be taken from multiple aspects such as design, installation, lubrication, maintenance, and environmental control. The specific measures are as follows: 1、 Design and Manufacturing Optimization Gear parameter matching Adopting helical gears or modified teeth design (such as drum teeth) to reduce meshing im

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  How to determine whether the vibration of NGW-S123

  25-09-09

  To determine whether the vibration of NGW-S123-63 planetary gear reducer exceeds the standard, a comprehensive analysis should be conducted based on measurement data, operating status, and industry standards. The specific methods are as follows: 1、 Vibration numerical measurement and judgment Measurement parameters Use a vibration tester to measure the root mean square (RMS) of the vibratio

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  How to determine whether the WPS50-30-B worm gear

  25-09-09

  To determine whether the WPS50-30-B worm gear reducer needs maintenance, a comprehensive evaluation should be conducted from three dimensions: monitoring the operating status, regular inspection items, and identifying abnormal signals. The core is to combine "listening, watching, touching, and testing" with regular data recording to timely discover potential faults and hidden dangers. The followin

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  Introduce the machining process of CWO-125-25-IIF

  25-09-08

  The CWO-125-25-IIF worm gear reducer includes a worm gear and a worm gear, and its machining process is as follows: Worm gear processing technology Hobbing machining: Using a worm gear rolling cutter with the same basic parameters as the working worm gear, the tooth profile is cut according to the principle of generating method. There are two main methods for gear hobbing: radial feed method a

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  What are the details to pay attention to when repl

  25-09-08

  When replacing the gears of the CWO160-12.5-2F worm gear reducer, the following details should be noted: Preparation before replacement Confirm gear parameters: The modulus and pressure angle of the new gear must be consistent with the original gear. For worm gears, it is also necessary to ensure that the lead angle of the worm matches the helix angle of the worm gear, with an error of ≤ 0.5

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